Ergonomic Air-Dry Claw Clip Design

I'm seeking a skilled product designer to develop an ergonomic air-dry claw clip tailored for long and thick hair. I am hoping to create a new trademarked 'halowing' grip to promote dexterity and accessibility for those who need it. Key Features: - Accessible press mechanism (most crucial) - Airflow spine - Curved head-hugging arc - Soft-touch HaloWing grip pad Material Preference: - TPU and bio-based PA11, preferably recycled Design Aesthetic: - Functional and minimalist. I would start with an extra-large full-size claw: Recommended starting measurements Overall length: 115–125 mm Overall height: 55–65 mm Depth/front-to-back: 45–55 mm Opening width: 65–80 mm Prong length: 32–42 mm Prong count: likely 8–10 strong prongs per jaw, rather than 11 thin ones Prong tip shape: rounded/bulb-ended Spinal arc: deeper than standard claw clips, with a head-hugging curve Press pad size: oversized, soft asymmetric pebble shape Ideal Skills and Experience: - Proficiency in ergonomic design - Experience with sustainable materials - Strong background in minimalist product aesthetics - CAD modelling and prototyping skills Looking for innovative solutions to create a functional yet stylish hair accessory. Please include relevant portfolio work. CAD ready AI generated prompt sheet Product: Air-Dry Claw / HaloWing Claw Product purpose A premium ergonomic hair claw designed for long/thick hair, air-dry routines, and reduced pinch effort for users who may struggle with standard small claw handles. 1. Overall Form Product type Full-size curved hair claw clip with spring hinge. Intended user need Long/thick hair hold Damp/air-dry hair comfort Lower-effort opening Comfortable long wear Minimal but distinctive aesthetic Overall silhouette Elongated crescent claw Deeper curved spinal arc to follow the shape of the head Soft rounded edges throughout No sharp corners around prongs, hinge, or airflow cut-out 2. Approximate Starting Dimensions These are starting dimensions for CAD development and prototype testing. Full-size version Overall length: 115–125 mm Overall height: 55–65 mm Depth/front-to-back: 45–55 mm Maximum opening width: 65–80 mm Spinal arc depth: 10–18 mm concavity from centre line Wall thickness: 2.5–3.5 mm, increased near hinge and airflow spine Prong length: 35–42 mm Prong thickness at base: 4–6 mm Prong tip radius: minimum 2 mm rounded/bulb finish Prong system Use 8 large rounded prongs per side as the current preferred direction. Why: fewer, larger prongs should allow dense hair to enter the clip more easily, while reducing brittleness compared with many narrow teeth. 3. Key Design Features A. Airflow Spine Description A long, soft wave-shaped open cut-out along the upper body of the claw. Function Allows airflow through damp hair Reduces visual bulk Creates signature product identity Supports air-dry positioning CAD notes Avoid thin bridges around the cut-out Keep all internal corners radiused Minimum internal radius: 2.5–3 mm Reinforce with thicker material around spine opening Do not place the cut-out too close to hinge stress points B. HaloWing Pebble Press Pad Description Oversized asymmetric pebble-shaped press pad integrated into each squeeze wing. Function Easier to press than standard narrow claw handles Better for long nails, damp hands, reduced grip strength, or dexterity issues Becomes a distinctive visual/logo feature Shape Asymmetric soft pebble / leaf-like shape Raised slightly above main claw surface Softened edges Wider thumb/finger contact area Logo integration Preferred direction: logo incorporated into the pebble pad, not stamped elsewhere. Logo style Subtle halo-ring or wing/airflow mark Debossed or raised relief Tonal, minimal, not high contrast Should feel like part of the grip texture C. Inner Grip Layer Description Subtle micro-textured internal contact zones. Function Helps hold damp or thick hair Reduces slipping Avoids harsh pulling or snagging CAD/manufacturing notes Texture should be very fine Avoid sticky/tacky finish Avoid aggressive teeth or ridges that may catch hair Use satin or micro-grain surface D. Hinge and Spring Spring type Stainless steel torsion spring Smooth resistance, not harsh snap Strong enough for thick hair but still accessible Hinge notes Reinforced hinge barrels Avoid exposed sharp spring ends Consider concealed or colour-coated spring for premium finish Test multiple spring tensions during prototyping 4. Material Specification You mentioned wanting something matte, flexible, durable, ethical, medium-budget, and more silicone-like than plastic. The best route is a hybrid construction. Recommended build Main structural body Preferred: bio-based PA11 / Nylon 11 Alternative: recycled nylon/polyamide compound Avoid as full-body material: pure silicone PA11 is a bio-based engineering polymer often derived from castor oil and is known for flexibility, impact resistance, durability, and suitability for repeated flex applications. brazendenver +1 PA11 also offers a sustainability story because castor-oil-derived PA11 is available from renewable origin sources, while still behaving like a high-performance engineering polymer. mellon +1 Recycled polyamide/nylon compounds are also available with post-consumer or post-industrial recycled content and can be formulated for injection moulding with strength, toughness, chemical resistance, and processability. gov HaloWing press pad material Preferred TPU, Shore A 70–85 TPU is a thermoplastic elastomer known for durability, elasticity, abrasion resistance, and tear resistance, making it suitable for soft-touch grip zones that need to withstand repeated use. vem-tooling +1 Alternative TPE, Shore A 50–70 TPE is often used for soft-touch grips and can be cost-effective, but TPU is usually the better choice where tear resistance, abrasion resistance, and longer-term durability matter. ky-plastics +1 Optional premium route LSR silicone press pad only Liquid silicone rubber can provide excellent flexibility, soft-touch feel, and skin-contact suitability, but it is more complex to mould and less straightforward to recycle than thermoplastic options. gov +2 5. Finish Specification Desired finish Matte or satin-matte Silicone-like dry touch No shiny lacquer No cheap sprayed coating if avoidable Best finish method Use moulded-in matte texture via textured tooling. Ask for: bead-blasted mould texture fine etched texture micro-grain matte finish pigment-through colour This is preferable to paint or soft-touch spray coatings because surface coatings may wear, scratch, or become shiny over time. 6. Colourway Direction Clean-girl core line Pearl Matcha Creamy pearl base, subtle cool sage/matcha flecks Soft Matcha Muted green, spa-like, not neon Berry Swirl Muted berry-pink with subtle darker berry speckles Dark Cacao Deep brown-black, soft matte, premium neutral Mist Stone Muted grey, cool stone-like speckle Whimsical/cottagecore exploratory line Moss Veil Lavender Moon Rose Briar Thistle Mist Mushroom Taupe For both collections, decoration should be embedded or subtly textured, not printed loudly on top. 7. Prototype Plan Prototype 1 — Form and fit Material: SLS/MJF PA11 or PA12 Purpose: test size, curve, prongs, airflow spine, press-pad shape Prototype 2 — Working hinge Material: PA11/PA12 body Add stainless steel torsion spring Test spring tension and opening force Prototype 3 — Soft-touch pad test Add TPU/TPE simulated or overmoulded HaloWing pad Test grip, comfort, long nails, damp hands, reduced dexterity Prototype 4 — Finish and colour Test matte texture Test speckles Test pigment-through material Test inner grip texture 8. Performance Testing Requirements Ask the designer/manufacturer to allow for: Open/close cycle testing Drop testing from bathroom-counter height Prong bend/fatigue testing Damp hair slip testing Thick hair hold testing One-handed opening test Long nails usability test Reduced grip strength usability test Hinge stress testing Scalp comfort testing Snag/pull testing 9. Copy/Paste Brief for CAD Designer You can send this directly: I am developing a premium ergonomic air-dry hair claw for long/thick hair. The product should have a long curved head-hugging arc, an airflow spine cut-out, 8 large rounded prongs per side, and oversized asymmetric HaloWing pebble press pads for easier opening. The main structural body should be designed for bio-based PA11 or recycled nylon/polyamide with a matte/satin moulded finish. The HaloWing press pad should be designed as a soft-touch TPU or TPE overmould/insert with a silicone-like dry matte texture. The pebble pad should incorporate the logo as a subtle halo/airflow relief detail rather than using a separate badge. The inner grip areas should have a satin micro-texture for damp-hair hold without snagging. The product should use a stainless steel spring and be designed for durability, repeated flexing, thick hair tension, and reduced pinch effort.

Project ID: 40525823